Gas-solid two-phase flow calculations in a rotating and self-cleaning air filter and their performance analysis

Xue Lian Gao; Guo Yu Wang; Shu Yan Liu; Wei Ge Yang; Shu Jie Pan

Gas-solid two-phase flow calculations in a rotating and self-cleaning air filter and their performance analysis

Xue Lian Gao, Guo Yu Wang^*, Shu Yan Liu, Wei Ge Yang, Shu Jie Pan

^*此作品的通讯作者

机械与车辆学院

Beijing Institute of Technology

科研成果: 期刊稿件 › 文章 › 同行评审

1 引用（Scopus）

摘要

Gas-solid two-phase flow and filtration efficiency of rotating and self-cleaning air filter are studied through numerical calculation and performance tests. SIMPLEC algorithm is applied to simulate three-dimensional turbulence of gas phase in the impeller passage. Particle trajectory calculation and filtration efficiency analysis are conducted based on turbulent gas three-dimensional flow-field simulation. In different conditions, the filtration efficiency and the effects of parameters on filtration efficiency are predicted. Calculations accord well with the experimental results. The paper provides some foundations on the research and development of high-efficiency air filters.

源语言	英语
页（从-至）	704-708
页数	5
期刊	Beijing Ligong Daxue Xuebao/Transaction of Beijing Institute of Technology
卷	23
期	6
出版状态	已出版 - 12月 2003

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abstract = "Gas-solid two-phase flow and filtration efficiency of rotating and self-cleaning air filter are studied through numerical calculation and performance tests. SIMPLEC algorithm is applied to simulate three-dimensional turbulence of gas phase in the impeller passage. Particle trajectory calculation and filtration efficiency analysis are conducted based on turbulent gas three-dimensional flow-field simulation. In different conditions, the filtration efficiency and the effects of parameters on filtration efficiency are predicted. Calculations accord well with the experimental results. The paper provides some foundations on the research and development of high-efficiency air filters.",

keywords = "Filtration efficiency, Gas-solid two-phase flow, Rotating and self-cleaning air filter",

author = "Gao, {Xue Lian} and Wang, {Guo Yu} and Liu, {Shu Yan} and Yang, {Wei Ge} and Pan, {Shu Jie}",

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T1 - Gas-solid two-phase flow calculations in a rotating and self-cleaning air filter and their performance analysis

AU - Gao, Xue Lian

AU - Wang, Guo Yu

AU - Liu, Shu Yan

AU - Yang, Wei Ge

AU - Pan, Shu Jie

PY - 2003/12

Y1 - 2003/12

N2 - Gas-solid two-phase flow and filtration efficiency of rotating and self-cleaning air filter are studied through numerical calculation and performance tests. SIMPLEC algorithm is applied to simulate three-dimensional turbulence of gas phase in the impeller passage. Particle trajectory calculation and filtration efficiency analysis are conducted based on turbulent gas three-dimensional flow-field simulation. In different conditions, the filtration efficiency and the effects of parameters on filtration efficiency are predicted. Calculations accord well with the experimental results. The paper provides some foundations on the research and development of high-efficiency air filters.

AB - Gas-solid two-phase flow and filtration efficiency of rotating and self-cleaning air filter are studied through numerical calculation and performance tests. SIMPLEC algorithm is applied to simulate three-dimensional turbulence of gas phase in the impeller passage. Particle trajectory calculation and filtration efficiency analysis are conducted based on turbulent gas three-dimensional flow-field simulation. In different conditions, the filtration efficiency and the effects of parameters on filtration efficiency are predicted. Calculations accord well with the experimental results. The paper provides some foundations on the research and development of high-efficiency air filters.

KW - Filtration efficiency

KW - Gas-solid two-phase flow

KW - Rotating and self-cleaning air filter

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IS - 6

ER -

Gas-solid two-phase flow calculations in a rotating and self-cleaning air filter and their performance analysis

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